def linkMarkers(self, context, bmarkerobjects):
if(len(bmarkerobjects) > 1):
adam = getMeshForBlenderMarker(bmarkerobjects[0]);
eve = getMeshForBlenderMarker(bmarkerobjects[1]);
if(adam.name != eve.name):
ahmarker = getGenericLandmark(adam, bmarkerobjects[0]);
ehmarker = getGenericLandmark(eve, bmarkerobjects[1]);
if(ahmarker.is_linked or ehmarker.is_linked):
message = "You cannot link markers that are already linked";
bpy.ops.genericlandmarks.messagebox('INVOKE_DEFAULT',messagetype='ERROR',message=message,messagelinesize=60);
return;
ahmarker.is_linked = True;
ehmarker.is_linked = True;
ahmarker.linked_id = ehmarker.id;
ehmarker.linked_id = ahmarker.id;
changeMarkerColor(adam, bmarkerobjects[0]);
changeMarkerColor(eve, bmarkerobjects[1]);
slinkedmarkers = [m for m in adam.generic_landmarks if m.is_linked];
tlinkedmarkers = [m for m in eve.generic_landmarks if m.is_linked];
smarkersnum = len(adam.generic_landmarks);
tmarkersnum = len(eve.generic_landmarks);
slinkednum = len(slinkedmarkers);
tlinkednum = len(tlinkedmarkers);
sunlinkednum = smarkersnum - slinkednum;
tunlinkednum = tmarkersnum - tlinkednum;
print(sunlinkednum, tunlinkednum, slinkednum, tlinkednum, smarkersnum, tmarkersnum);
bpy.ops.object.select_all(action="DESELECT");
if(not self.silence):
if((sunlinkednum + tunlinkednum) == 0):
message = "All the landmarks in Source and Target are Linked \n";
else:
message = "Landmark "+str(ahmarker.id)+" in "+adam.name;
message += "\n is now linked to Landmark"+str(ehmarker.id)+" in "+eve.name;
bpy.ops.genericlandmarks.messagebox('INVOKE_DEFAULT',messagetype='INFO',message=message,messagelinesize=60);
else:
if(not self.silence):
message = "You cannot link markers in the same mesh";
bpy.ops.genericlandmarks.messagebox('INVOKE_DEFAULT',messagetype='ERROR',message=message,messagelinesize=60);
def updateLandmarkName(self, context):
# print('WHO AM I : ', self);
mesh, isM, isN = getMarkerOwner(self)
if (mesh):
data_landmark = getGenericLandmark(mesh, self)
if (data_landmark):
data_landmark.landmark_name = self.edit_landmark_name
def update(self, context):
# Get the currently selected objects
sel = context.selected_objects
if (len(sel) < 1):
return
marker = sel[0]
if (marker.is_visual_landmark):
M, N = detectMN(marker)
else:
return
belongsto = getMeshForBlenderMarker(marker)
bpy.ops.object.select_all(action='DESELECT') #deselect all object
hmarker = getGenericLandmark(belongsto, marker)
if (belongsto == M):
sourcemarker = marker
targetmarker = self.getPairMarker(context, hmarker, M, N)
elif (belongsto == N):
targetmarker = marker
sourcemarker = self.getPairMarker(context, hmarker, N, M)
if (sourcemarker is not None and targetmarker is not None):
sourcemarker.select = True
targetmarker.select = True
def unLinkMarkers(self, context, bmarkerobjects):
if (len(bmarkerobjects) > 0):
source, target = detectMN(bmarkerobjects[0])
if (not source and not target):
message = "Linking or Unlinking of landmarks is a concept applied only to mesh pairs with a bijective landmarks correspondence"
bpy.ops.genericlandmarks.messagebox('INVOKE_DEFAULT',
messagetype='ERROR',
message=message,
messagelinesize=60)
return
for m in bmarkerobjects:
info = m.name.split("_marker_")
belongsto = bpy.data.objects[info[0]]
hmarker = getGenericLandmark(belongsto, m)
if (hmarker.is_linked):
hmarker.is_linked = False
hmarker.linked_id = -1
else:
if (len(bmarkerobjects) < 2):
message = "You cannot unlink a marker that is not linked to any markers"
bpy.ops.genericlandmarks.messagebox(
'INVOKE_DEFAULT',
messagetype='ERROR',
message=message,
messagelinesize=60)
for m in source.generic_landmarks:
if (m.is_linked):
tm = [
tm for tm in target.generic_landmarks
if tm.id == m.linked_id
][0]
if (not tm.is_linked):
m.is_linked = False
m.linked_id = -1
changeUnlinkedMarkerColor(source,
getBlenderMarker(source, m))
changeUnlinkedMarkerColor(target,
getBlenderMarker(target, tm))
else:
changeUnlinkedMarkerColor(source,
getBlenderMarker(source, m))
for m in target.generic_landmarks:
if (m.is_linked):
sm = [
sm for sm in source.generic_landmarks
if sm.id == m.linked_id
][0]
if (not sm.is_linked):
m.is_linked = False
m.linked_id = -1
changeUnlinkedMarkerColor(target,
getBlenderMarker(target, m))
changeUnlinkedMarkerColor(source,
getBlenderMarker(source, sm))
else:
changeUnlinkedMarkerColor(target,
getBlenderMarker(target, m))
def setLandmarkName(self, value):
mesh, isM, isN = getMarkerOwner(self)
if (mesh):
data_landmark = getGenericLandmark(mesh, self)
if (data_landmark):
data_landmark.landmark_name = value
self['edit_landmark_name'] = value
def getLandmarkName(self):
# print('WHO AM I : ', self);
mesh, isM, isN = getMarkerOwner(self)
if (mesh):
data_landmark = getGenericLandmark(mesh, self)
if (data_landmark):
return data_landmark.landmark_name
return "No Name"